<--- Back to Details
First PageDocument Content
Computing / Level of detail / Clipping / Scanline rendering / Rendering / Computer graphics / Bounding volume / 3D modeling / Algorithm / 3D computer graphics / Imaging / Geometry
Computing
Level of detail
Clipping
Scanline rendering
Rendering
Computer graphics
Bounding volume
3D modeling
Algorithm
3D computer graphics
Imaging
Geometry

Untitled

Add to Reading List

Source URL: accad.osu.edu

Download Document from Source Website

Share Document on Facebook

Similar Documents

Table-top Interfaces You Can Rotate: Rendering Issues Billy Biggs Faculty of Computer Science Dalhousie University

DocID: 1mlWI - View Document

3D computer graphics / Manufacturing / Lathes / Machine tools / Speeds and feeds / Turning / Milling machine / Scanline rendering / Rendering / Technology / Machining / Metalworking

PDF Document

DocID: 17eFo - View Document

Scanline rendering / Z-buffering / Gouraud shading / 3D modeling / Image scaling / Rasterisation / Computer graphics / 3D computer graphics / Texture mapping

PDF Document

DocID: 17aaI - View Document

Imaging / Bounding volume / Rendering / Non-uniform rational B-spline / 3D modeling / Ray tracing / Polygon / Texture mapping / Scanline rendering / 3D computer graphics / Computer graphics / Optics

Ray Tracing Spline Surfaces With Motion Blur John W. Peterson September 10, 1998 Abstract An algorithm for ray tracing B-spline surfaces is described. It is based on preprocessing the surface with adaptive subdivision t

DocID: 10ZVQ - View Document

Optics / Rasterisation / Texture mapping / Ray tracing / Trapezoid / Rendering / Pixel / Scanline rendering / Computer graphics / 3D computer graphics / Geometry

On-Line Computer Graphics Notes SCAN CONVERSION Kenneth I. Joy Visualization and Graphics Research Group Department of Computer Science

DocID: ZIXZ - View Document